Kantech KT-SG-SC-KP2 Smart Card Reader with Keypad

Kantech KT-SG-SC-KP2 Smart Card Reader with Keypad

The Kantech KT-SG-SC-KP2 is a second-generation smart card reader designed for access control systems requiring multi-credential authentication in a compact wall-mounted form factor. This single gang reader integrates contactless smart card reading at 13.56 MHz with a built-in numeric keypad, enabling flexible PIN-based and multi-factor authentication from a single device. The KT-SG-SC-KP2 supports MIFARE Plus EV1, ISO/IEC 14443A, and ISO/IEC 14443B standards, making it compatible with existing enterprise card programs while accommodating next-generation credential deployments.

Key Features

• 13.56 MHz RF Frequency – Industry-standard contactless smart card operating frequency for global credential compatibility
• MIFARE Plus EV1 Support – Reads advanced MIFARE Plus EV1 credentials with enhanced security and encryption
• Dual ISO Standard Compliance – Supports both ISO/IEC 14443A and 14443B for multi-system card flexibility
• Integrated Keypad – Built-in numeric keypad enables PIN entry and multi-factor authentication in a single footprint
• Single Gang Form Factor – Fits standard North American electrical boxes for seamless retrofit and installation
• Black Finish – Molded black housing blends into typical commercial environments

Technical Specifications

• Form Factor: Single gang wall-mounted reader
• RF Frequency: 13.56 MHz
• Card Standards: MIFARE Plus EV1, ISO/IEC 14443A, ISO/IEC 14443B
• Authentication: Contactless smart card + PIN entry capability
• Finish: Black molded housing

Ideal Applications

• Corporate office access control and credential management
• Healthcare facilities requiring multi-factor authentication
• Educational institutions with existing card-based systems
• Government and secure facility access points
• Building retrofit projects with space and aesthetic constraints

The KT-SG-SC-KP2 delivers a balance of credential flexibility and compact design, making it suitable for organizations seeking to upgrade access control infrastructure without extensive re-carding initiatives or architectural modifications.